\documentclass{article}

\usepackage{../../util}

\title{Dynamics and Relativity}
\author{Cambridge University Mathematical Tripos: Part IA}

\begin{document}
\maketitle

\tableofcontentsnewpage{}

\section{Basic definitions and Newton's laws}
\input{01_basic_definitions_and_newton_s_laws.tex}
\section{Dimensional analysis}
\input{02_dimensional_analysis.tex}
\section{Forces and potential energy}
\input{03_forces_and_potential_energy.tex}
\section{Gravitational and electromagnetic forces}
\input{04_gravitational_and_electromagnetic_forces.tex}
\section{Friction}
\input{05_friction.tex}
\section{Angular motion and orbits}
\input{06_angular_motion_and_orbits.tex}
\section{Orbits and stability}
\input{07_orbits_and_stability.tex}
\section{Rotating frames}
\input{09_rotating_frames.tex}
\section{Systems of particles}
\input{10_systems_of_particles.tex}
\section{Applications of orbits}
\input{11_applications_of_orbits.tex}
\section{Rigid bodies}
\input{12_rigid_bodies.tex}
\section{Special relativity}
\input{13_special_relativity.tex}
\section{Space-time diagrams, simultaneity and causality}
\input{14_space_time_diagrams_simultaneity_and_causality.tex}
\section{Geometry of spacetime}
\input{15_geometry_of_spacetime.tex}
\section{Relativistic physics}
\input{16_relativistic_physics.tex}

\end{document}
